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TTC 2022, TESLA Technology Collaboration

Jan 25 – 27, 2022
Asia/Tokyo timezone

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Contribution List

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4. Welcome & Opening: Welcome speech by S. Ishida (Director of QST/Rokkasho)
1/25/22, 1:30 PM
5. Welcome & Opening: Opening talk "Present status of the LIPAC/IFMIF"
Keitaro Kondo (QST)
1/25/22, 1:35 PM
6. Welcome & Opening: Introduction talk
Hans Weise (DESY MSL (Supraleitende Beschleuniger Technologie))
1/25/22, 2:05 PM
10. Challenge of multi-laboratories and industries collaboration: LCLS-II experience, Richard Stanek (FNAL)
1/25/22, 2:20 PM
WG1
18. LCLS-II-HE High Q/Gradient R&D Program, First CM Test Results, and CM Plasma Processing Results, D.Gonnella (SLAC)
1/25/22, 2:20 PM
WG2
11. Challenge of multi-laboratories and industries collaboration: SHINE experience, Wang Dong (SINAP)
1/25/22, 2:40 PM
WG1
19. High Q/Gradient based on the completely new Wuxi platform, J. Chen (SARI)
1/25/22, 2:40 PM
WG2
20. 650 MHz High Q at FNAL, K. Mc Gee (MSU/FNAL)
1/25/22, 3:20 PM
WG2
12. Challenge and issues in worldwide projects, Michael Pekeler (Research Instruments)
1/25/22, 3:20 PM
WG1
21. High Q & gradient 650MHz and 1.3GHz cavities at IHEP, F. He (IHEP)
1/25/22, 3:40 PM
WG2
13. Shipment experience: example of Canon klystrons for XFEL, Naoya Munemoto (CANON-CETD)
1/25/22, 3:40 PM
WG1
14. Challenge and issues in worldwide projects, Ambra Gresele (Zanon)
1/25/22, 4:00 PM
WG1
22. Tuning Nb Cavity Performance via Oxide Dissolution, E. Lechner (JLAB)
1/25/22, 4:00 PM
WG2
15. Solid state amplifiers for SESAME, Massamba Diop (Soleil)
1/25/22, 4:20 PM
WG1
23. The Role of O in Enabling High Gradients and High Q, D. Bafia (FNAL)
1/25/22, 4:20 PM
WG2
16. Solid state amplifiers for PIP-II, Mahendra Lad (RRCAT)
1/25/22, 4:40 PM
WG1
24. Surface structural studies of SRF Nb cutouts at cryogenic conditions using synchrotron radiation-based characterization techniques, A. Cano (FNAL)
1/25/22, 4:40 PM
WG2
25. Communication, engineering and documentation in the PIP-II project, Lidija Kokoska (FNAL)
1/26/22, 1:30 PM
WG1
30. Theory of Dynes superconductor: magnetic and nonmagnetic impurities; and their effect to coherent peak, RBCS, and Res, F. Herman (Comenius University)
1/26/22, 1:30 PM
WG2
26. Communication, engineering and documentation in the HC-LHC project, Luca Dassa (CERN)
1/26/22, 1:45 PM
WG1
31. Summary of thin film working group, M. Wenskat (DESY)
1/26/22, 1:50 PM
WG2
32. Mitigation of parasitic losses in the quadrupole resonator enabling direct measurements of low residual resistances of SRF samples, S. Keckert (HZB)
1/26/22, 2:00 PM
WG2
27. Transporting Cryomodules from TRIUMF to Kolkata, documentation and engineering, James Keir (TRIUMF)
1/26/22, 2:00 PM
WG1
28. Experience of the XFEL and ESS cryomodules assembly at CEA, Stéphane Berry (CEA)
1/26/22, 2:20 PM
WG1
33. High-field behavior of Nb3Sn films for SRF cavities, N. Verboncoeur (Cornell)
1/26/22, 2:20 PM
WG2
29. Engineering and assembly of the IFMIF/EVEDA SRF Linac, Guy Philips (F4E)
1/26/22, 2:40 PM
WG1
34. Improvement of the first flux entry field by laser post-treatment of the thin Nb film on Cu, R. Ries (Institute of Electrical Engineering SAS)
1/26/22, 2:40 PM
WG2
35. Licensing of the IFMIF/EVEDA Cryoplant and SRF Linac, A.Kasugai (QST)
1/26/22, 3:20 PM
WG1
40. Recent progress of flux trapping/expulsion studies in TEM cavities and samples, A. Miyazaki/ D. Longuevergene/ F. Kramer/ P. Kolb (Uppsala/Orsay/HZB/TRIUMF)
1/26/22, 3:20 PM
WG2
41. Observation of intermediate mixed state in high-purity cavity grade Nb by MO imaging and its implication to flux trapping mechanism, S. Ooi (NIMS)
1/26/22, 3:40 PM
WG2
36. Pressure vessel regulation in the USA, Arkadiy Klebaner (FNAL)
1/26/22, 3:40 PM
WG1
37. High pressure safety code and transportation for ILC cryomodules, K. Umemori (KEK)
1/26/22, 4:00 PM
WG1
42. HiPIMS Nb on seamless Cu substrates: different ways to fabricate seamless substrates, and their results in a vertical cryostat, L. Vega Cid (CERN)
1/26/22, 4:00 PM
WG2
43. Investigation of new EBW technique for cavity fabrication, T. Dohmae (KEK)
1/26/22, 4:20 PM
WG2
38. Transportation plan of the SARAF cryomodules, R. Cubizolles (CEA)
1/26/22, 4:20 PM
WG1
44. IMP novel cavity technology development for industrial application, M. Xu (IMP)
1/26/22, 4:40 PM
WG2
39. Transportation plan of the PIP-II cryomodules, Saravan Chandrasekaran (FNAL)
1/26/22, 4:40 PM
WG1
1. SNS PPU Cavity Fabrication and Test results / JLAB
Pashupati Dhakal (JLAB)
1/27/22, 1:30 PM
2. Status of ILC Global Activities / KEK
Shin Michizono (KEK)
1/27/22, 2:00 PM
3. Initial experience with ESS crymodules / ESS
Philippe Goudket (ESS)
1/27/22, 2:30 PM
7. Summary talk WG1
Akira Yamamoto (KEK) , Cristian Boffo (Fermilab) , Nicolas BAZIN (CEA)
1/27/22, 3:20 PM
8. Summary talk WG2
Akira Miyazaki (Uppsala University and CERN) , Daniel Bafia (FNAL) , Jinfang Chen (SARI, CAS)
1/27/22, 3:40 PM
9. Closing remarks
Hans Weise (DESY MSL (Supraleitende Beschleuniger Technologie))
1/27/22, 4:00 PM
17. LCLS-II-HE High Q/Gradient R&D Program, First CM Test Results, and CM Plasma Processing Results, D.Gonnella (SLAC)
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